Instruction manual

The following key sequence will program 130V for 2.5 seconds and then return to a final

value of 115V.

1. Select the AMP screen and enable 130 volts to be programmed:

5 ENT 130 PRG (*)

2. Select the RMP screen, program a DLY of 2.5, a final VAL of 115 volts and run the

program:

9 ENT A 2.5 PRG C 115 PRG ENT

The next example will illustrate a ramp program. The following sequence will ramp the

frequency from 60 hertz to 400 hertz in .1 hertz steps with a delay (DLY) for each step of

.003 seconds. The total time for this ramp will be = [(VAL- FRQ)/STP]DLY or 10.2

seconds.

1. Select the FRQ screen and set the starting frequency at 60 Hz:

6 ENT 60 PRG

2. Select the RMP screen, set a DLY of .003, set the STP of .1, set the final VAL of 400

and run the program:

9 ENT A 0.003 PRG B 0.1 PRG C 400 PRG ENT

The following program will illustrate a dropout to zero volts. The program will drop the

output to zero volt at 90 degrees for .002 seconds and return to 115 volts. This example will

cause the clock to stop for 0.002 seconds. Example, the output waveform will start at the

same point that it stopped.

1. Select the AMP screen and program output to 115 volts:

5 ENT 115 PRG ENT

2. Select the PHZ screen and program A to 90:

7 ENT 90 A PRG

3. Select the AMP screen and program the dropout voltage to zero volt:

5 ENT 0 PRG

4. Select the RMP screen. Set a delay of .002 seconds and a return value of 115 volts:

9 ENT A 0.002 PRG C 115 PRG